} //END PlayOrFade
//---------------------------------//
protected override void OtherBlockButtonSelected( BlockButton block )
//---------------------------------//
{
if( showDebug ) Debug.Log( "BlockAudio.cs OtherComponentEntered( " + block.name + " ) readyToPlay = " + readyToPlay + ", activateOnBlockButtonSelect = " + activateOnBlockButtonSelect + ", IsBlockButtonNotNull() = " + IsBlockButtonNotNull() + ", foundEventTriggerOnBlockButtonCollider = " + foundEventTriggerOnBlockButtonCollider + ", blockGroup.IsBlockInGroup( block ) = " + blockGroup.IsInGroup( block ) );
if( readyToPlay )
{
if( activateOnBlockButtonSelect && IsBlockButtonNotNull() )
{
if( foundEventTriggerOnBlockButtonCollider && blockGroup.IsInGroup( block ) )
{
if( showDebug ) Debug.Log( "BlockAudio.cs OtherComponentEntered( " + block.name + " ) calling Play()" );
Play();
}
}
}
//If we've entered the BlockButton collider but we're not ready to begin playback, then when the source does finish loading, begin playback
else if( !readyToPlay )
{
if( activateOnBlockButtonSelect && IsBlockButtonNotNull() )
{
if( foundEventTriggerOnBlockButtonCollider && blockGroup.IsInGroup( block ) )
{
playRequested = true;
}
}
}
} //END OtherBlockButtonSelected
//---------------------------------------------------//
/// <summary>
/// When using a Gaze system for interaction, this function is called when a BlockButton has a players gaze exit the collider
/// </summary>
/// <param name="blockButton">Which BlockButton has the gaze exited the collider of?</param>
public virtual void BlockButtonGazeExit( BlockButton blockButton )
//---------------------------------------------------//
{
//Perform different logic if the gaze exited this BlockButton, or if this block is different
if( blockButton == this ) { ThisBlockButtonGazeExit(); }
else { OtherBlockButtonGazeExit( blockButton ); }
} //END BlockButtonGazeExit
//---------------------------------//
/// <summary>
/// When selecting a button (either through Gaze, Click, Touch, or button/trigger press), this function is called
/// </summary>
/// <param name="blockButton">Which BlockButton has been selected</param>
public void BlockButtonSelected( BlockButton blockButton )
//---------------------------------//
{
//Perform different logic if the button selected is this Block, or a different block altogether
if( blockButton == this ) { ThisBlockButtonSelected(); }
else { OtherBlockButtonSelected( blockButton ); }
} //END BlockButtonSelected
} //END AddPrefabManagerIfNeeded
//---------------------------------------------------//
/// <summary>
/// When using a Gaze system for interaction, this function is called when a BlockButton has a players gaze enter it's collider
/// </summary>
/// <param name="blockButton">Which BlockButton has the gaze entered the collider of?</param>
public virtual void BlockButtonGazeEnter( BlockButton blockButton )
//---------------------------------------------------//
{
//If the BlockButton in question is this block, perform different logic than if the BlockButton is NOT this block
if( blockButton == this ) { ThisBlockButtonGazeEnter(); }
else { OtherBlockButtonGazeEnter( blockButton ); }
} //END BlockButtonGazeEnter
private static bool Prefix(ref BlockButton ___button_ChangeDirection)
{
if (MyInput.GetButton("Sprint"))
{
MoreSailsMoreSpeed.ToggleAllEnginesDir();
return(false);
}
return(true);
}
public void AddItem(BlockButton bb)
{
BlockItem bi = blockItems[bb.id];
BlockItem newBi = Instantiate(bi);
newBi.id = bb.id;
newBi.transform.SetParent(container.transform);
draggingBlockItem = newBi;
draggingBlockItem.transform.localScale = Vector3.one;
}
public void CreateTest()
{
var block = BlockModel.Create(0, 0);
// Act
var button = new BlockButton(block, Color.Black);
// Assert
Assert.AreEqual(Color.Black, button.ActiveColor);
}
void Start()
{
health = 100;
sound = Sound.Instance;
canMove = true;
block = BlockButton.Instance;
player = Player.Instance;
switcher = PlayerModelSwitcher.Instance;
joystick = VirtualJoystick.Instance;
}
// Start is called before the first frame update
void Start()
{
Debug.Log("started");
yellowButton = GameObject.Find("YellowButton").GetComponent <BlockButton>();
redButton = GameObject.Find("RedButton").GetComponent <BlockButton>();
blueButton = GameObject.Find("BlueButton").GetComponent <BlockButton>();
yellowBlock = GameObject.Find("YellowBlock").GetComponent <MovableBlock>();
redBlock = GameObject.Find("RedBlock").GetComponent <MovableBlock>();
blueBlock = GameObject.Find("BlueBlock").GetComponent <MovableBlock>();
exitDoor = GameObject.Find("ExitDoor");
}
public void SetActiveColor()
{
var block = BlockModel.Create(0, 0);
var button = new BlockButton(block, Color.Black);
// Act
button.ActiveColor = Color.Red;
// Assert
Assert.AreEqual(button.ActiveColor, Color.Red);
}
void Start()
{
health = 100;
sound = Sound.Instance;
canMove = true;
block = BlockButton.Instance;
player = Player.Instance;
switcher = PlayerModelSwitcher.Instance;
joystick = VirtualJoystick.Instance;
calculatedDamage = (int)(900.0f / ((float)player.Armor));
calculatedLifesteal = ((int)(player.Damage * (player.Lifesteal) * .3));
Debug.Log(calculatedLifesteal);
}
} //END BlockButtonGazeExit
//---------------------------------//
public void BlockButtonSelected( BlockButton blockButton )
//---------------------------------//
{
//Inform other blocks that a button has been selected
if( blocks != null && blocks.Count > 0 )
{
foreach( Block block in blocks )
{
block.BlockButtonSelected( blockButton );
}
}
} //END BlockButtonSelected
} //END SetBlockButtonColliders
//--------------------------------//
public void BlockButtonGazeEnter( BlockButton blockButton )
//--------------------------------//
{
if( blocks != null && blocks.Count > 0 )
{
foreach( Block block in blocks )
{
if( block != null )
{
block.BlockButtonGazeEnter( blockButton );
}
}
}
} //END BlockButtonGazeEnter
} //END BlockButtonGazeEnter
//--------------------------------------------//
/// <summary>
/// Called by a BlockButton when the Gaze system has exited its collider, passes this message down to the Blocks contained within
/// </summary>
/// <param name="blockButton">The Block Button that the gaze system has exited</param>
public void BlockButtonGazeExit( BlockButton blockButton )
//--------------------------------------------//
{
//Inform all other blocks that a button has been gazed at
if( blockViews != null && blockViews.Count > 0 )
{
foreach( BlockView blockView in blockViews )
{
if( blockView != null )
{
blockView.BlockButtonGazeExit( blockButton );
}
}
}
} //END BlockButtonGazeExit
} //END BlockButtonGazeExit
//--------------------------------------------//
/// <summary>
/// Called by a BlockButton it has been selected by the player, passes this message down to the Blocks contained within
/// </summary>
/// <param name="blockButton">The Block button that was selected</param>
public void BlockButtonSelected( BlockButton blockButton )
//--------------------------------------------//
{
//Inform all other blocks that any button has been selected
if( blockViews != null && blockViews.Count > 0 )
{
foreach( BlockView blockView in blockViews )
{
if( blockView != null )
{
blockView.BlockButtonSelected( blockButton );
}
}
}
} //END BlockButtonSelected
} //END OtherBlockButtonSelected
//---------------------------------//
protected override void OtherBlockButtonGazeExit( BlockButton blockButton )
//---------------------------------//
{
//If we've requested playback due to the BlockButton being selected, but the AudioClip is still loading, then we set the 'playRequested' flag to true and begin playback when the AudioClip becomes ready
//However if we exit the BlockButton before the AudioClip has a chance to begin playback, then we set the 'playRequested' flag to false
if( playRequested )
{
if( activateOnBlockButtonSelect && IsBlockButtonNotNull() )
{
if( foundEventTriggerOnBlockButtonCollider && blockGroup.IsInGroup( blockButton ) )
{
playRequested = false;
}
}
}
} //END OtherBlockButtonGazeExit
void ReleaseDesignerOutlets()
{
if (BlockButton != null)
{
BlockButton.Dispose();
BlockButton = null;
}
if (ParallelButton != null)
{
ParallelButton.Dispose();
ParallelButton = null;
}
if (PoolButton != null)
{
PoolButton.Dispose();
PoolButton = null;
}
}
/*
* Метод для добавления объектов в таблице
*/
private void CreateButtons()
{
Random rand = new Random(unchecked ((int)DateTime.Now.Ticks));
//проверка на существующие объекты
if (Table.Children.Count == 0)
{
int treeIndex = 0;
//цикл, по которому сгенерированные данные добавляются в кнопку и размещаются в таблице
foreach (var data in model.NumberForButtons)
{
BlockButton button = new BlockButton()
{
Content = rand.Next(0, 5000),
Height = 40,
Opacity = 0.7d,
BorderThickness = new Thickness(1, 1, 1, 1),
StartTime = data.Item1,
Width = data.Item2 - data.Item1,
Background = new SolidColorBrush(Color.FromRgb((byte)rand.Next(256), (byte)rand.Next(256), (byte)rand.Next(256))),
EndTime = data.Item2,
Row = data.Item3
};
button.Click += Button_Click1;
model.Tree.Insert(treeIndex, button);
//задаем верхнюю левую точку объекта на полотне
Canvas.SetTop(model.Tree.Last().Value, data.Item3);
Canvas.SetLeft(model.Tree.Last().Value, data.Item1);
Table.Children.Add(model.Tree.Last().Value);
treeIndex++;
}
}
else
{
//Если объекты уже существуют
Table.Children.Clear();
//количетсво существующих объектов
int countExistElem = model.Tree.Count();
//количество новых объектов
int countNewElem = model.NumberForButtons.Count;
//разница между количеством существующих и новых элементов
int difference = countNewElem - countExistElem <= 0 ? 0 : countNewElem - countExistElem;
//если новых объектов больше
if (countExistElem < countNewElem)
{
//добавляем недостающее количество в дерево
while (countExistElem != countNewElem)
{
model.Tree.Insert(countExistElem, new BlockButton());
countExistElem++;
}
}
//иначе
else if (countExistElem > countNewElem)
{
//удаляем из дерева лишнии
while (countExistElem != countNewElem)
{
countExistElem--;
model.Tree.Delete(countExistElem);
}
}
//цикл, по которому идет переопределение данных и вывод объектов в таблицу
for (int i = 0; i < model.Tree.Count(); i++)
{
model.Tree.ElementAt(i).Value.Content = rand.Next(0, 5000);
model.Tree.ElementAt(i).Value.StartTime = model.NumberForButtons[i].Item1;
model.Tree.ElementAt(i).Value.Width = model.NumberForButtons[i].Item2 - model.NumberForButtons[i].Item1;
model.Tree.ElementAt(i).Value.EndTime = model.NumberForButtons[i].Item2;
model.Tree.ElementAt(i).Value.Row = model.NumberForButtons[i].Item3;
model.Tree.ElementAt(i).Value.Height = 40;
model.Tree.ElementAt(i).Value.Opacity = 0.7d;
model.Tree.ElementAt(i).Value.BorderThickness = new Thickness(1, 1, 1, 1);
model.Tree.ElementAt(i).Value.EndTime = model.NumberForButtons[i].Item2;
model.Tree.ElementAt(i).Value.Row = model.NumberForButtons[i].Item3;
//проверка на новые объекты. Если в дерево нужно было добавить новые объекты,
//то только для них нужно определить метод для ивента click
if (model.Tree.Count() - difference == i && difference != 0)
{
model.Tree.ElementAt(i).Value.Click += Button_Click1;
difference--;
}
model.Tree.ElementAt(i).Value.Background = new SolidColorBrush(Color.FromRgb((byte)rand.Next(256), (byte)rand.Next(256), (byte)rand.Next(256)));
//задаем верхнюю левую точку объекта на полотне
Canvas.SetTop(model.Tree.ElementAt(i).Value, model.NumberForButtons[i].Item3);
Canvas.SetLeft(model.Tree.ElementAt(i).Value, model.NumberForButtons[i].Item1);
Table.Children.Add(model.Tree.ElementAt(i).Value);
}
}
}
protected virtual void OtherBlockButtonGazeExit( BlockButton otherBlockButton ) { }
protected virtual void OtherBlockButtonSelected( BlockButton otherBlockButton ) { }
void Start()
{
yellowButton = GameObject.Find("YellowButton").GetComponent <BlockButton>();
redButton = GameObject.Find("RedButton").GetComponent <BlockButton>();
blueButton = GameObject.Find("BlueButton").GetComponent <BlockButton>();
}
